@@ -8,7 +8,7 @@ TriCCo is distributed under the GNU General Public License v3.0.
...
@@ -8,7 +8,7 @@ TriCCo is distributed under the GNU General Public License v3.0.
The repository is organized as follows:
The repository is organized as follows:
***tricco** contains the actual python code. The subdirectory alternatives constains functions for altnernative methods for connected component labeling.
***tricco** contains the actual python code. The subdirectory alternatives constains functions for altnernative methods for connected component labeling.
***examples** contains two jupyter notebooks that illustrate the use of TriCCo for 2-d data on a single model level and for 3-d data on multiple model levels. The subdirectory data contains the grid and model output from the ICON atmosphere model that is needed to run the notebooks. The plots generated by the notebooks are included as separated pdf files. `find_radius.py` illustrates how the diagnostic output of `tricco.compute_cubulation` can be used to determine the search radius. `find_start.py` can be used to find the triangular cell closest to a given latitude-longitude position. Note that `find_start.py` is written for a grid from the ICON model. There are also two jupyter notebooks that illustrated the use of the alternative methods.
***examples** contains two jupyter notebooks that illustrate the use of TriCCo for 2-d data on a single model level and for 3-d data on multiple model levels. The subdirectory data contains the grid and model output from the ICON atmosphere model that is needed to run the notebooks. The plots generated by the notebooks are included as separated pdf files. `find_radius.py` illustrates how the diagnostic output of `tricco.compute_cubulation` can be used to determine the search radius. `find_start.py` can be used to find the triangular cell closest to a given latitude-longitude position. Note that `find_start.py` is written for a grid from the ICON model. There are also two jupyter notebooks that illustrate the use of the alternative methods.
***benchmarks** contains scripts that were used to characterize the computational performance of TriCCo on the Mistral and Levante DKRZ supercomputers.
***benchmarks** contains scripts that were used to characterize the computational performance of TriCCo on the Mistral and Levante DKRZ supercomputers.
